Citroën C4 mk2 2.0 HDi / BlueHDi Clutch kit (163 hp Diesel RHH (DW10CTED4))

15309 With square plug

In the warranty, we always make a distinction between wear Products supplied by us are without exception intended for parts and vehicle parts. All wear parts are subject to a the designated use. Please note that our products are usually delivered without reduced warranty period and a maximum mileage.

installation instructions. Brake components such as brake disks, brake pads, etc. Installation may only be carried out by trained specialist maximum of 1000 km (break-in period). Therefore, warranty personnel. claims for brake parts are only reviewed with an There is no guarantee for inappropriate, improper or installation invoice and a record of the wheel hub run-out unintended use.

measurement, including photos.

For brake disks and brake pads, the break-in requirements specified by the vehicle manufacturer must be observed.

When replacing brakes, the chassis components must always be checked with regard to clearance and the wheel hub with regard to wobble, and the appropriate documentation must be produced.

If the vehicle is no longer in its original condition due to tuning work such as wheel accessories and tracking plates, the entitlement to make warranty claims is lost due to third-party work. The same warranty claims are lost if the vehicle is used for motor sports or similar events.

Technically it is possible to combine ATE Ceramic brake pads with the PowerDisc or with perforated brake discs. The brak ing power with such a pairing is the same as with an origina l ATE brake pad or OE brake pad. However, when the two compo nents interact they can generate more noise in braking. ATE Ceramic brake pads were developed for comfort-oriented drive rs. We therefore recommend using them with normal brake disc s, i.e. smooth ones.

PVT vented disc. The PVT disc uses, in its ventilation chamber, pillars instead of vanes. Disc cooling capacity is enhanced by an extra 40% and therefore provides more resistance against thermal cracking.